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Space Materials and Technologies

Means of measurement of heat flows in thermal vacuum research and testing of products of space engineering

¹Poshtarenko Yu.A, ¹Rassamakin BM, ¹Rogachov VA, ¹Khominich VI, ¹Shevchenko MD. Means of measurement of heat flows in thermal vacuum research and testing of products of space engineering. Space Science and Technology. 2022 ;28(1):51-60.

Influence of SLM-process parameters on the formation of the boundaries of parts of heat-resistant nickel alloy Inconel 718

¹Adzhamskiy SV, ²Kononenko GА, ³Podolskyi RV. Influence of SLM-process parameters on the formation of the boundaries of parts of heat-resistant nickel alloy Inconel 718. Space Science and Technology. 2021 ;27(6):105-114.

Promotion of properties of deformed aluminium alloys in modification with nanocomposites

¹Dzhur EA, ¹Kalinina NE, ¹Dzhur OE, ²Kalinin AV, ¹Nosova TV, ¹Mamchur SI. Promotion of properties of deformed aluminium alloys in modification with nanocomposites. Space Science and Technology. 2021 ;27(6):098-104.

Dynamic instability of a compound nanocomposite shell

¹Sakhno NH, ¹Avramov KV, ¹Uspensky BV. Dynamic instability of a compound nanocomposite shell. Space Science and Technology. 2021 ;27(5):060-070.

Acceleration of resource tests of spacecraft polymers for resistance to long-term influence of atomic oxygen in the Earth ionosphere

¹Shuvalov VA, ¹Kulagin SN, ²Lazuchenkov DN. Acceleration of resource tests of spacecraft polymers for resistance to long-term influence of atomic oxygen in the Earth ionosphere. Space Science and Technology. 2021 ;27(4):54-64.

Automated system of contactless ultrasound nondestructive quality control of solid fuel rocket engines from composite materials

¹Kulyk AV, ²Zheltov PN, ³Klymenko SV, ⁴Chabanov VV. Automated system of contactless ultrasound nondestructive quality control of solid fuel rocket engines from composite materials. Space Science and Technology. 2021 ;27(3):76-84.

Skeletal heat conductivity of porous metal fiber materials

¹Kostornov AG, ¹Shapoval AA, ²Shapoval IV. Skeletal heat conductivity of porous metal fiber materials. Space Science and Technology. 2021 ;27(2):70-77.

A concept of optimization of structural and technological parameters of polymer composite rocket units considering the character of their production

¹Kondratiev AV. A concept of optimization of structural and technological parameters of polymer composite rocket units considering the character of their production. Space Science and Technology. 2020 ;26(6):005-022.

Research and Testing Experimental Thermal Vacuum Stand TVK-2,5

¹Poshtarenko Yu.A, ¹Rassamakin BM, ¹Sydorenko Yu.M, ¹Khominich VI, ¹Shevchenko MD. Research and Testing Experimental Thermal Vacuum Stand TVK-2,5. Space Science and Technology. 2020 ;26(6):023-026.

Optimization of composite revolution shell by methods of theory of the optimal process

¹Dzyuba AP, ²Sirenko VN, ²Klymenko DV, ¹Levytina LD, ²Cherenkov DA. Optimization of composite revolution shell by methods of theory of the optimal process. Space Science and Technology. 2020 ;26(5):028-037.

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